CN106628965B

CN106628965B - Full-automatic tank bottle lid laminating equipment

Info

Publication number: CN106628965B
Application number: CN201611260749.5A
Authority: CN
Inventors: 钱泽坤
Original assignee: Shantou Zhongguan Machinery Co ltd
Current assignee: Shantou Zhongguan Machinery Co ltd
Priority date: 2016-12-30
Filing date: 2016-12-30
Publication date: 2022-06-28
Anticipated expiration: 2036-12-30
Also published as: CN106628965A

Abstract

The invention relates to the technical field of can and bottle cap processing equipment, in particular to full-automatic can and bottle cap laminating equipment. The automatic degree of this equipment is high, reduces a large amount of manpower and materials, and its precision is high, and the operating efficiency is high moreover, improves the production speed and the quality of product.

Description

Full-automatic tank bottle lid laminating equipment

Technical Field

The invention relates to the technical field of can cover processing equipment, in particular to full-automatic can cover film covering equipment.

Background art:

at present, with social progress, but more factories still utilize manpower to process finished products, so that the working efficiency is low, can not quickly arrange the can covers, and a layer of sealing film is adhered on the can covers; and (3) compressing the sealing film to ensure that the sealing film is tightly attached to the bottle cap of the tank, then performing ultraviolet irradiation, and drying and sterilizing the glue. The equipment common in the market has the defects of no wear resistance, low mechanical efficiency, high energy consumption, heaviness, inconvenience in moving and mounting and the like, and can not effectively and quickly dry the sealing film.

The invention content is as follows:

the invention aims to provide full-automatic tank cap laminating equipment aiming at the existing technical situation, a layer of sealing film is added on a tank cap through a film cutting device and a film overturning and laminating device, a user can insert a straw into the middle conveniently, the equipment adopts automatic operation, the labor force is greatly reduced, and the production speed and the production efficiency of products are improved.

A full-automatic can cover laminating equipment comprises: jar bottle lid placer, handling device, conveyer, receive and release the coiling apparatus, cut membrane device, upset tectorial membrane device and pressure membrane device, jar bottle lid placer be located the conveyer front end, jar bottle lid placer's reason material blowing parts passes through the guide rail and connects in one side that the parts were placed to the buffer, handling device passes through the cylinder and drives the sucking disc round trip movement, conveyer drives the transport plate through the motor and removes, upset tectorial membrane device sets up in cutting the membrane device below, it connects in cutting the membrane pole to cut the membrane cylinder through drive assembly, cut the membrane pole and push down to cutting the membrane board, cut the tectorial membrane pole of membrane board below and pass through the upset of tectorial membrane electric drive, the tectorial membrane cylinder is connected in the tectorial membrane pole, it connects in the gland parts to bulldoze the cylinder other end, bulldoze the cylinder and drive the gland parts along the displacement of slide bar both sides, a plurality of gland pedestal mounting of gland parts.

Furthermore, jar bottle lid placer mainly place parts and guide rail by reason material blowing parts, buffer and constitute, reason material blowing parts places parts one side at the buffer through the support setting, buffer places parts top and is equipped with the recess that supplies jar bottle lid to slide, recess one side is connected in the guide rail, the discharge gate of reason material blowing parts is connected to the guide rail opposite side.

Further, handling device mainly constitute by cylinder and sucking disc, sliding support, sliding base, the last vertical cylinder of installation of sliding base, sliding base installs on sliding support, horizontal cylinder connects in sliding base one side, vertical cylinder bottom be equipped with the mounting, installed a plurality of sucking discs on the mounting.

Furthermore, the conveyer mainly comprise motor, transport board, chain and driving gear, the motor is connected in driving gear one side, and the driving gear drives the chain and removes, transport board equidistance distribute at the chain, be equipped with a plurality of trench that are used for placing jar bottle lid on the transport board, the distance between the trench corresponds with the sucking disc position. The conveying plate is provided with a plurality of groove positions, and through simple design, the groove positions are used for accurately positioning the can bottle covers, so that the later stage can be ensured to be accurate enough when processing, the production quality of products is improved, and the defective rate of the products is reduced.

Further, cut membrane device mainly by cut membrane pole, cut membrane cylinder, drive assembly, cut lamina membranacea and fixing base and constitute, drive assembly connects between cutting membrane cylinder and fixing base, the fixing base bottom is equipped with a plurality of and cuts the membrane pole.

Furthermore, cut the membrane pole and cut the round hole of membrane board and correspond each other, cut and be equipped with the space that supplies the film to pass through between membrane pole and the membrane board.

Further, upset tectorial membrane device mainly constitute by tectorial membrane pole, tectorial membrane are electronic, tectorial membrane cylinder and upset base, upset base one end is connected in the tectorial membrane electronically, upset base one side is equipped with a plurality of tectorial membrane poles, upset base opposite side is equipped with the tectorial membrane cylinder.

Further, the tectorial membrane pole pass through the connecting plate and install on the tectorial membrane cylinder, be equipped with the spring between tectorial membrane pole and the connecting plate, tectorial membrane pole bottom is connected in the aspiration pump. The turnover film laminating device is provided with a limiting plate below, and the limiting plate is provided with a limiting groove for the film laminating rod to pass through.

Further, the film pressing device mainly comprises a pushing cylinder, a pressing machine part and a sliding rod, wherein the pressing base of the pressing machine part is connected to one end of the sliding rod, the other end of the sliding rod is connected to the pushing base, a pressing disc is arranged at the bottom of the pressing rod, two sides of the pressing base are arranged on the limiting pressing rod of the limiting machine part, the limiting protruding block is arranged on two sides of the conveying device, the limiting pressing rod of the limiting machine part is pressed downwards to the limiting protruding block, the limiting protruding block is inserted into the bottom of the limiting pressing rod, the pressing machine part can be accurately pressed on the can cover, and therefore the film can be tightly adhered to the can cover, the operation efficiency can be improved, the production speed and the tightness of the product can be increased, errors generated by equipment can be reduced, and the service life of mechanical equipment can be prolonged.

Furthermore, the winding and unwinding device mainly comprises an unwinding part, a winding part and a sliding part, wherein the sliding part is arranged at each end of the film cutting device, the unwinding part and the winding part are respectively positioned at one end of the film cutting device, the two ends of a sliding rod of the sliding part are arranged on sliding groove rails of left and right sliding side plates, the sliding rod of the sliding part moves along the groove rails of the unwinding side plates, and when winding or unwinding is carried out, a motor does not need to be started after each action is finished, and a film can be moved only by pressing down the sliding rod, so that the operation efficiency can be improved, and the production speed of products can be increased.

The invention has the beneficial effects that:

1. the full-automatic can cover film laminating equipment utilizes the integrated design of the can cover placing device, the carrying device, the film cutting device, the overturning film laminating device and the film pressing device to orderly arrange and transport the can covers and complete the cutting and the covering of films on the can covers, so that the subsequent film pressing processing of the can covers is facilitated, and compared with the traditional manual manufacturing, the equipment has the advantages of high automation degree, great reduction of manpower and material resources, extremely high precision, high operation efficiency and improvement of the production speed and the quality of products;

2. the film cutting device cuts the film to form a corresponding shape, the film is transferred by the overturning film covering device, the film is transferred and adhered to the can cover, two actions of film cutting and film covering are simultaneously completed on one station, the production efficiency is improved, and the occupied area of the equipment is greatly reduced.

Description of the drawings:

FIG. 1 is a schematic structural diagram of the present invention;

FIG. 2 is a schematic structural view of a can lid placing apparatus and a carrying apparatus according to the present invention;

FIG. 3 is a left side view of the can lid placement device and the transfer device of the present invention;

FIG. 4 is a schematic structural view of a film cutting device and a film overturning and laminating device of the present invention;

FIG. 5 is a left side view of the film cutting device and the film turning and laminating device of the present invention;

FIG. 6 is a schematic structural diagram of a film pressing device according to the present invention;

fig. 7 is a left side view of the film pressing device of the present invention.

The specific implementation mode is as follows:

in order to make the examination committee more aware of the objects, features and functions of the present invention, the following preferred embodiments are described in detail with reference to the drawings:

referring to fig. 1 to 7, which are schematic structural views of the present invention, a fully automatic bottle cap laminating apparatus includes: jar bottle lid placer, handling device, conveyer, receive and release the package and put, cut the membrane device, upset tectorial membrane device and press mold device, jar bottle lid placer be located the conveyer front end, jar bottle lid placer's reason material blowing parts pass through the guide rail and connect in one side that the parts were placed to the buffer, handling device passes through the cylinder and drives the sucking disc round trip movement, handling device passes through the motor and drives the transportation board and remove, upset tectorial membrane device sets up in cutting the membrane device below, it connects in cutting the membrane pole through drive assembly to cut the membrane cylinder, it pushes down to cutting the membrane board to cut the membrane pole, cut the tectorial membrane pole of membrane board below and pass through the upset of tectorial membrane electronic drive, the tectorial membrane cylinder is connected in the tectorial membrane pole, bulldoze the cylinder other end and connect in the gland slide bar, bulldoze the cylinder and drive the displacement of gland parts along both sides, a plurality of gland base installation gland poles of gland parts.

According to the scheme, the can bottle cap placing device mainly comprises a material arranging and discharging machine part, a buffer area placing machine part and a guide rail, wherein the material arranging and discharging machine part is arranged on one side of the buffer area placing machine part through a support, a groove for the can bottle cap to slide is formed in the top of the buffer area placing machine part, one side of the groove is connected to the guide rail, and the other side of the guide rail is connected to a discharge hole of the material arranging and discharging machine part.

Above-mentioned scheme, handling device mainly comprises cylinder and sucking disc, sliding bracket, sliding base, and the last vertical cylinder of installation of sliding base, sliding base install on sliding bracket, and horizontal cylinder is connected in sliding base one side, vertical cylinder bottom be equipped with the mounting, installed a plurality of sucking discs on the mounting.

According to the scheme, the conveying device mainly comprises the motor, the conveying plate, the chain and the driving gear, the motor is connected to one side of the driving gear, the driving gear drives the chain to move, the conveying plate is distributed on the chain at equal intervals, a plurality of groove positions used for placing the bottle caps are arranged on the conveying plate, and the distance between the groove positions corresponds to the position of the sucker. The conveying plate is provided with a plurality of groove positions, and through simple design, the groove positions are used for accurately positioning the can covers.

Above-mentioned scheme, surely membrane device mainly by surely membrane pole, surely membrane cylinder, drive assembly, surely lamina membranacea and fixing base are constituteed, drive assembly connects between surely membrane cylinder and fixing base, and the fixing base bottom is equipped with a plurality of membrane of cutting, surely membrane pole and the round hole of surely lamina membranacea correspond each other, surely membrane pole and surely be equipped with the space that supplies the film to pass through between the lamina membranacea.

Above-mentioned scheme, upset tectorial membrane device mainly comprises tectorial membrane pole, tectorial membrane are electronic, tectorial membrane cylinder and upset base, and upset base one end is connected in the tectorial membrane electronically, and upset base one side is equipped with a plurality of tectorial membrane poles, and upset base opposite side is equipped with the tectorial membrane cylinder, the tectorial membrane pole pass through the connecting plate and install on the tectorial membrane cylinder, be equipped with the spring between tectorial membrane pole and the connecting plate, tectorial membrane pole bottom is connected in the aspiration pump. The turnover film laminating device is provided with a limiting plate below, and the limiting plate is provided with a limiting groove for the film laminating rod to pass through. The limiting pressure rod of the limiting machine part is pressed down to the limiting convex block, so that the limiting convex block is inserted into the bottom of the limiting pressure rod, the pressing machine part can be accurately pressed on the can cover, and the film can be tightly adhered to the can cover.

Above-mentioned scheme, the film pressing device mainly by bulldoze cylinder, gland parts and slide bar and constitute, gland parts's gland base is connected in slide bar one end, the slide bar other end is connected in bulldozing the base, gland pole bottom all is equipped with the gland dish, spacing depression bar of spacing parts set up gland base both sides, spacing lug sets up and pushes down to spacing lug at the spacing depression bar of its spacing parts of conveyer both sides, makes its spacing lug insert spacing depression bar bottom, ensures that the pressure that gland parts can be accurate is on jar bottle lid to the film can be pasted closely on jar bottle lid.

According to the scheme, the winding and unwinding device mainly comprises an unwinding machine part, a winding machine part and a sliding machine part, sliding machine parts are arranged at two ends of the film cutting device, the unwinding machine part and the winding machine part are respectively located at one end of the film cutting device, two ends of a sliding rod of each sliding machine part are installed on sliding groove rails of left and right sliding side plates, the sliding rod of each sliding machine part moves along the groove rail of the unwinding side plate, and when winding or unwinding is carried out, a motor does not need to be started after each action is finished, and a film can be moved only by pressing down the sliding rod.

A placing step: firstly, pouring the can caps into a material arranging and discharging machine part, starting the material arranging and discharging machine part to vibrate the can caps, orderly arranging the can caps, and sliding the can caps into a groove at the top of a buffer area placing machine part along a guide rail; then starting an air cylinder of the carrying device, driving the sliding base to move above the groove by the transverse air cylinder, then starting the longitudinal air cylinder to drive the fixing piece to move downwards so that the sucking disc of the fixing piece is contacted with the can cover, and then starting the air suction pump to suck the can cover; and finally, resetting the carrying device to enable the sucker to be positioned above the conveying plate of the conveying device, driving the fixing piece to move downwards by using the longitudinal cylinder to place the can cover in the slot position of the conveying plate and close the air suction pump, and driving the conveying plate to be conveyed by the chain through the motor to be conveyed below the limiting plate.

Film cutting and covering: the film roll is arranged on a roller of the unwinding machine part, and the winding machine part moves the film for transmission. Firstly, the film cutting device drives the transmission assembly to press downwards through the film cutting cylinder, then the transmission assembly pushes the fixing seat to move upwards and downwards, and the film cutting rods respectively press the films to the circular holes of the film cutting plate, so that the films with corresponding shapes are formed; at the moment, a film coating rod of the turnover film coating device extends into a round hole of the film cutting plate under the action of a film coating cylinder and adsorbs the film through an air pump, and when the film coating cylinder is reset, a film coating motor drives the turnover base to turn over for 180 degrees, and the film coating rod is pushed by the film coating cylinder to pass through the limiting groove again to press the bottle cap of the tank; and finally, the sliding parts on the two sides are mutually matched, the sliding rod on one side gradually rises from bottom to top, the sliding rod on the other side does opposite movement, the film at the bottom of the film cutting device is moved under the condition that the rolling part is not started, when the two sliding rods run through the grooved rail, the started rolling part drags the film to be transported, and at the moment, the unreeling sliding rod and the reeling sliding rod reset.

Film pressing: the conveying device conveys the can bottle cap to the position below the film pressing device, the can bottle cap is conveyed to the position below the cap pressing machine part along with the conveying device, and then the pressing cylinder is started to drive the pressing base to press downwards so that the cap pressing base presses downwards along the sliding rod, and therefore the cap pressing disc at the bottom of the cap pressing rod presses the can bottle cap downwards to ensure that the film can be tightly adhered to the can bottle cap; and finally, the pushing cylinder drives the gland part to reset, and the conveying device continues to convey the can and bottle cap to the lower part of the drying lamp to finish the action of sticking the film on the can and bottle cap.

While there have been shown and described what are at present considered the fundamental principles and essential features of the invention and its advantages, it will be understood by those skilled in the art that the invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the invention as defined by the appended claims and their equivalents.

Claims

1. A full-automatic can bottle lid laminating equipment includes: jar bottle lid placer (1), handling device (2), conveyer (3), receive and release coiling apparatus (4), cut membrane device (6), upset tectorial membrane device (7) and press mold device (5), its characterized in that: the tank bottle cap placing device (1) is located at the front end of the conveying device (3), a material arranging and discharging machine part (11) of the tank bottle cap placing device (1) is connected to one side of the buffer area placing machine part (12) through a guide rail (13), the conveying device (2) drives a sucker (22) to move back and forth through an air cylinder (21), the conveying device (3) drives a conveying plate (32) to move through a motor (31), a turning film laminating device (7) is arranged below a film cutting device (6), a film cutting air cylinder (62) is connected to a film cutting rod (61) through a transmission assembly (63), the film cutting rod (61) is pressed downwards to a film cutting plate (64), a film laminating rod (71) below the film cutting plate (64) is driven to turn through a film laminating motor (72), a film laminating air cylinder (73) is connected to a film laminating rod (71), the other end of a pushing air cylinder (51) is connected to the gland machine part (52), the pushing air cylinder (51) drives the gland (52) to move along two side sliding rods (53), the gland base (521) of the gland member (52) mounts a plurality of gland rods (522).

2. The full-automatic can cover laminating apparatus of claim 1, wherein: jar bottle lid placer (1) mainly by reason material blowing parts (11), buffer area place parts (12) and guide rail (13) are constituteed, reason material blowing parts (11) set up and place parts (12) one side in the buffer area, buffer area is placed parts (12) top and is equipped with recess (121) that supply jar bottle lid to slide, recess (121) one side is connected in guide rail (13), discharge gate (111) in reason material blowing parts (11) are connected to guide rail (13) opposite side.

3. The full-automatic can cover laminating apparatus of claim 1, wherein: handling device (2) mainly by cylinder (21) and sucking disc (22), sliding bracket (23), sliding bottom (24) are constituteed, install fore-and-aft cylinder (21) on sliding bottom (24), sliding bottom (24) are installed on sliding bracket (23), horizontal cylinder (21) are connected in sliding bottom (24) one side, fore-and-aft cylinder (21) bottom be equipped with mounting (211), a plurality of sucking discs (22) have been installed on mounting (211).

4. The full-automatic can cover laminating apparatus of claim 1, wherein: conveyer (3) mainly constitute by motor (31), transportation board (32), chain (33) and driving gear (34), motor (31) are connected in driving gear (34) one side, driving gear (34) drive chain (33) and remove, transportation board (32) equidistance distribute between two chain (33), be equipped with a plurality of trench (321) that are used for placing the jar bottle lid on transportation board (32), distance between trench (321) is corresponding with sucking disc (22) position.

5. The full-automatic can cover laminating apparatus of claim 1, wherein: cut membrane device (6) mainly by cutting membrane pole (61), cut membrane cylinder (62), drive assembly (63), cut membrane board (64) and fixing base (65) and constitute, drive assembly (63) are connected between cutting membrane cylinder (62) and fixing base (65), fixing base (65) bottom is equipped with a plurality of and cuts membrane pole (61).

6. The full-automatic can cover laminating apparatus of claim 5, wherein: the film cutting rod (61) corresponds to the round hole (641) of the film cutting plate (64), and a gap for the thin film to pass through is arranged between the film cutting rod (61) and the film cutting plate (64).

7. The full-automatic can cover laminating apparatus of claim 1, wherein: upset tectorial membrane device (7) mainly constitute by tectorial membrane pole (71), tectorial membrane are electronic (72), tectorial membrane cylinder (73) and upset base (74), upset base (74) one end is connected in tectorial membrane is electronic (72), upset base (74) one side is equipped with a plurality of tectorial membrane poles (71), upset base (74) opposite side is equipped with tectorial membrane cylinder (73).

8. The full-automatic can cover laminating apparatus of claim 7, wherein: tectorial membrane pole (71) install on tectorial membrane cylinder (73) through connecting plate (711), be equipped with spring (712) between tectorial membrane pole (71) and connecting plate (711), tectorial membrane pole (71) bottom is connected in the aspiration pump, upset tectorial membrane device (7) below is equipped with limiting plate (8), is equipped with spacing groove (81) that supply tectorial membrane pole (71) to pass on limiting plate (8).

9. The full-automatic can cover laminating apparatus of claim 1, wherein: film pressing device (5) mainly by bulldoze cylinder (51), gland parts (52) and slide bar (53) and constitute, gland base (521) of gland parts (52) are connected in slide bar (53) one end, slide bar (53) other end is connected in bulldozing base (511), gland pole (522) bottom all is equipped with gland dish (523), spacing depression bar (541) of spacing parts (54) set up in gland base (521) both sides, spacing lug (542) set up in conveyer (3) both sides.

10. The full-automatic can cover film coating equipment according to claim 1, characterized in that: the film cutting device is characterized in that the winding and unwinding device (4) mainly comprises an unwinding machine part (41), a winding machine part (42) and a sliding machine part (43), the two ends of the film cutting device (6) are respectively provided with the sliding machine part (43), the unwinding machine part (41) and the winding machine part (42) are respectively positioned at one end of the film cutting device (6), and the two ends of a sliding rod (431) of the sliding machine part (43) are arranged on sliding groove rails (45) of left and right sliding side plates (44).